Nobody fills in a contact form to ask whether you can hold a tolerance. They look for the number, and if it is not on your site within about thirty seconds they move to the supplier whose site says it. You never see the enquiry, because it was never made — which is why a manufacturing site that reads well can still generate nothing.
Website design for US manufacturers, industrial suppliers, and B2B firms. Built around capability, evidence, and the RFQ.
Materials, tolerances, dimensional ranges, finishes, and lead times are the questions being asked. A site that answers them with decades of quality craftsmanship has answered nothing, and the engineer has already opened another tab.
ISO 9001, AS9100, ITAR registration, or industry approvals are frequently a hard gate on the buyer's checklist rather than a nice-to-have. If they are on a PDF three clicks deep, you fail a screen you would have passed.
Processes, machine list, envelope sizes, materials handled, and volume range are separate qualifying facts. Compressed into a single what-we-do paragraph, none of them are findable and none can be matched against a spec.
An RFQ, a distributor enquiry, and a careers application are not the same conversation, and the people sending them are not the same people. A single generic form makes the highest-value one the hardest to send.
Buyers search by process, material, part type, and industry served — not by your company name. Sites organised around an internal org chart rather than those terms are unfindable at exactly the moment they are needed.
Industrial buying involves several people over a long period, and the site gets revisited and forwarded internally. It has to make the case again to a finance lead or a plant manager who was never on the original call.
Structured around how industrial buyers actually qualify a supplier: capability first, evidence second, contact last.
A page per process and per material rather than one combined page, so each can rank and each can be matched against a specification.
Tolerances, envelope sizes, volumes, materials, and finishes published as structured, scannable data — the numbers the engineer came for.
ISO, AS9100, ITAR, and industry approvals surfaced where the qualifying check happens, not buried in a downloadable PDF.
Machine list, tonnage, axis counts, and throughput, because capacity is a qualifying fact and vagueness reads as a small shop.
A quote request built for drawings and part files, routed separately from general enquiries so it reaches the estimator, not an inbox.
Aerospace, medical, automotive, energy — named explicitly, since buyers screen hard on whether you have worked in their sector before.
Case detail, tolerance achieved, problems solved, and named customers where permitted, in place of stock photography and superlatives.
Structured data so parts, capabilities, and company facts are machine-readable to search engines and AI answer engines alike.
The consumer web trained everyone to write less. Industrial buying rewards the opposite, and that is the mistake most manufacturing redesigns make.
A homeowner choosing a plumber wants a phone number and a fast decision. An engineer sourcing a machined component is running a qualification process: can this supplier hold the tolerance, do they work in this material, are they certified for this industry, can they handle the volume, and have they done it for someone like us before. Every one of those is a fact, and every missing fact is a reason to stop. A site trimmed down to look clean and modern often removes precisely the information that was doing the selling.
So we design for density without designing for clutter. The specifications are present, structured, and scannable — the engineer finds the number in seconds, and the plant manager they forward it to still understands the page.
The visitor is qualifying you rather than shopping. They arrive with a specification and check whether you match it — process, material, tolerance, certification, capacity, industries served. If any of those is missing they leave without contacting you, so the site's job is to answer a technical screen rather than to persuade.
Yes. It is the most common hesitation and the most costly one. Withholding specifics does not protect you from competitors, who already know what your equipment can do — it only prevents qualified buyers from confirming a match. Publishing the numbers also filters out enquiries you would have to decline anyway, which is time back for your estimator.
Yes. Industrial distributors, contract engineering firms, and B2B suppliers share the same structure — a technical buyer, a long multi-person cycle, and a qualification process ahead of any contact. The capability architecture and RFQ path work the same way whatever is being supplied.
It is built as its own route rather than a variant of the contact form: fields sized for drawings and part files, quantity and material captured up front, and routing that puts it in front of whoever prices work instead of a general inbox. The single biggest win is usually reducing the time between request and reply.
Usually. If part or inventory data already lives in a system, the site can read from it rather than duplicating it, which is what keeps a catalogue accurate over time. Where no system exists we will tell you that plainly instead of building something that will be out of date within a quarter.
No. Credibility in industrial markets comes from evidence and precision, not from visual fashion, and a site that looks like a consumer app can actively undermine a serious supplier. The design work goes into making dense technical information legible and confident rather than into decoration.
Quoted per project after a scoping call. A single-process shop and a multi-division manufacturer with a part catalogue, several industries served, and an ERP integration are very different builds. You get a written scope and a figure before anything starts.
Tell us where you want to rank. We'll send back a free audit and a clear plan to get you there.